This reminds me when one of my professors from undergrad was lecturing about drag calculations and we looked the example of a goose flying which is, as my professor said, ‘essentially a small UAV…’.
HeyThisIsntTheYMCA@lemmy.world
on 21 Mar 14:36
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CaptainBlagbird@lemmy.world
on 25 Mar 21:45
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Actual quoten is quite close, but more verbose:
(iii) The waterfowl is assumed to be a rigid and smooth body. The hydrophobic feathers and the local movement of the paddling feet will affect the total drag. It is assumed this effect is consistent in the independent and formation swimming. Therefore, the geometry of the ducks is modelled by simple ellipsoids.
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Imagine the moma duck as a oval cylinder of uniform density
quackkdialog --msbox “quack”
And ignore any friction caused by water
They’re literally measuring the coefficient of drag from the water tho lol
This reminds me when one of my professors from undergrad was lecturing about drag calculations and we looked the example of a goose flying which is, as my professor said, ‘essentially a small UAV…’.
HONK what have you done
HONK.
Actual quoten is quite close, but more verbose:
Now give me the Foie-rier Transform of that.
Plasma wakefield simulations PTSD triggered.
When you have too many toys.
!sciencediagramshitposting@sh.itjust.works
Chicken chicken chicken chicken.